Intracellular communication is achieved at the synapse. The presynaptic neuron discharges an action potential which releases a neurochemicals at the presynaptic membrane. This chemical travels across the synaptic cleft until it is taken up by the postsynaptic membrane receptors. Some synapses are electrical, but most are of a chemical nature as described.
If you're asking what the gap between the neurons is called, it is the synapse.
If your asking what the fibrous looking ends of a neuron are called they are the dendrites.
In general, though, when a nerve impulse travels through a nerve fiber, it actually makes repeated hops between the segments of the myelin sheath (the outer coating of the nerve fiber - under a microscope this sheath looks similar to a string of sausage links). As it approaches the end of the fiber the signal is attached to a carrier protein to travel the synaptic gap and into the receptor dendrites of the next neuron in the signal's path.
in the synapse
blood carry gases like o2,co2...nd the exchange of substances take place in small intestine
This happens by Diffusion
Neurons transmit signals to one another via synapses. Considering there are gaps at the synapse, how do these neurons stay in place? Same for neuromuscular junctions.
in the micro air sacs
In the lungs.
The exchange of oxygen takes place in the alveoli. It is found in our lungs
no
stomata
stock exchange
blood carry gases like o2,co2...nd the exchange of substances take place in small intestine
oxygen and carbon dioxide take place
This happens by Diffusion
Book lungs.
The lungs.
The area of message exchange between the neurons begins to operate faster the more a person what a particular activity?
Neurons transmit signals to one another via synapses. Considering there are gaps at the synapse, how do these neurons stay in place? Same for neuromuscular junctions.
worms carry out gas exchange by absorbing air through their skin